2024 on its way to exceeding weather damages past $25 billion

2023-billion-dollar-disaster-map

Important Takeaways:

  • A deadly outbreak of tornadoes last month caused $4.7 billion in damages across the Southern, Southeastern and Central U.S., making it one of the costliest weather events of the year so far, the National Oceanic and Atmospheric Administration said on Monday.
  • The National Oceanic and Atmospheric Administration said there had been 11 confirmed weather and climate disaster events so far this year with losses exceeding $1 billion, with the total price tag topping $25 billion. There were more than 165 tornadoes during the May 6-9 outbreak, impacting Oklahoma, Kansas, Nebraska, Michigan, Indiana, Ohio, Kentucky, Tennessee, Alabama, North Carolina, South Carolina, Georgia and Florida, officials said.
  • A southern derecho —a widespread and long-lived wind storm associated with rapidly moving showers or thunderstorms— also caused more than $1 billion in damage in May, according to government data. The May 16-17 storm spanning from Texas to Florida killed at least eight people and caused $1.2 billion in damages. Winds topping 110 mph tore through parts of central and eastern Texas during the storm. The NOAA described May as a “turbulent month.”
  • The 2024 Atlantic hurricane season, which is predicted to be above normal, began at the start of June and will last until Nov. 30. Federal forecasters predict 17 to 25 named storms, 8 to 13 hurricanes, and 4 to 7 major hurricanes of category 3 or higher.
  • Last year, there were 28 weather events with losses exceeding $1 billion each —surpassing the previous record of 22 in 2020.
  • In 2022, there were 18 extreme weather events that caused at least $1 billion in damage each, totaling more than $165 billion.

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NOAA says there’s a 60% chance for above-average hurricane activity

Hurricane Don

Important Takeaways:

  • Record hot ocean temps could turbocharge the hurricane season, says NOAA
  • NOAA scientists on Thursday forecast this year has a 60% chance of above-average hurricane activity, up from their previous estimate of a 30% chance.
  • The two primary and driving factors that will determine the strength of the hurricane season are the El Niño weather pattern, which tends to inhibit tropical storm activity, and record-warm sea surface temperatures in the Atlantic, which tends to increase it.
  • The sea surface temperature for June and July in the main region where tropical storms develop in the North Atlantic was the warmest since NOAA records began in 1950.

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Head of NOAA says buckle up, more extreme weather events expected

Luke 21:25 ““And there will be signs in sun and moon and stars, and on the earth distress of nations in perplexity because of the roaring of the sea and the waves

Important Takeaways:

  • The US leads the world in weather catastrophes
  • The United States is Earth’s punching bag for nasty weather.
  • “buckle up. More extreme events are expected,” said Rick Spinrad, head of the National Oceanic and Atmospheric Administration
  • Hurricanes. Flash floods. Droughts. Wildfires. Blizzards. Ice storms. Nor’easters. Lake-effect snow. Heat waves. Severe thunderstorms. Hail. Lightning. Atmospheric rivers. Derechos. Dust storms. Monsoons. Bomb cyclones. And the dreaded polar vortex.
  • It starts with “where we are on the globe,” North Carolina state climatologist Kathie Dello said. “It’s truly a little bit … unlucky.”
  • “It really starts with kind of two things. Number one is the Gulf of Mexico. And number two is elevated terrain to the west
  • Look at Friday’s deadly weather, and watch out for the next week to see it in action: Dry air from the West goes up over the Rockies and crashes into warm, moist air from the Gulf of Mexico, and it’s all brought together along a stormy jet stream.
  • Look at Friday’s deadly weather, and watch out for the next week to see it in action: Dry air from the West goes up over the Rockies and crashes into warm, moist air from the Gulf of Mexico, and it’s all brought together along a stormy jet stream.

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NOAA expects Drought conditions to continue through the Winter

Revelation 16:9 “They were scorched by the fierce heat, and they cursed the name of God who had power over these plagues. They did not repent and give him glory.”

Important Takeaways:

  • United States of megadrought
  • More than 80 percent of the continental U.S. is experiencing unusually dry conditions or full-on drought, which is the largest proportion since the National Oceanic and Atmospheric Administration began tracking 20 years ago.
  • Winter is expected to intensify and spread the dry conditions, killing crops and increasing fire risks in regions that don’t usually face such dangers, NOAA says.
  • That could spell trouble for electricity in states such as California, Arizona and Nevada, depleting water supplies needed to cool power plants and reducing the flow to hydroelectric dams on waterways like the Colorado River.
  • The developing drought across the Mississippi Basin is also allowing salt water to enter from the Gulf of Mexico, which could contaminate drinking water.

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NOAA expects U.S. Southwest drought to continue or worsen this winter

By Karl Plume

(Reuters) – A harsh drought is expected to continue or worsen across parts of the U.S. West and northern Plains this winter, including in central and southern California, according to the National Oceanic and Atmospheric Administration’s (NOAA) winter outlook.

NOAA, however, expects the drought to lessen in the U.S. Pacific Northwest and northern California amid an emerging La Nina phenomenon, NOAA’s Climate Prediction Center said on Thursday.

A drought spanning much of western North America has damaged crops from apples to wheat, and has cooked cattle grazing pastures, weakened bee colonies and fueled concerns about rising food prices.

Nearly the entire U.S. West is in some level of drought, according to the National Drought Mitigation Center, with almost half of major agricultural state California under exceptional drought, the most severe category.

“A major region of concern this winter remains the Southwest, where drought conditions remain persistent in most areas,” said Jon Gottschalck, chief of the Operational Prediction Branch of NOAA’s Climate Prediction Center.

“The Pacific Northwest, northern California, the upper Midwest and Hawaii are likely to experience drought improvement,” he said during a webinar highlighting NOAA’s December-to-February outlook.

The conditions are expected to be fueled by an emerging La Nina pattern and its colder-than-normal Pacific Ocean surface water temperatures for a second straight winter.

(Reporting by Karl Plume in Chicago; Editing by David Gregorio)

Researchers revise outlook for above-average hurricane season

HOUSTON (Reuters) – Researchers from Colorado State University boosted their prediction for named tropical storms in the 2021 Atlantic hurricane season in a revised forecast issued on Thursday.

Colorado State meteorologists predicted 20 named storms, up from 17 in their forecast issued in April.

The forecasters also increased the number of expected hurricanes to nine from eight.

Colorado State continues to expect four major hurricanes.

The total number of forecast named storms includes the five named storms so far in 2021. The season’s first hurricane, Elsa came ashore on the west coast of Florida on Wednesday.

“Elsa’s development and intensification into a hurricane in the tropical Atlantic also typically portends an active season,” the report said. “We anticipate an above-normal probability for major hurricanes making landfall along the continental United States coastline and in the Caribbean.”

This year is forecast to be the sixth straight above-average U.S. Atlantic hurricane season. The record 2020 season had 30 named storms.

The revised Colorado State forecast is in line with the U.S. National Oceanic and Atmospheric Administration’s (NOAA) outlook issued in late May.

NOAA forecasters called for between three and five major hurricanes with sustained winds of at least 111 miles per hour in 2021.

NOAA also forecasts between six and 10 hurricanes with winds of at least 74 mph to form out of between 13 and 20 named tropical storms with winds of at least 39 mph.

An average hurricane season in the Atlantic between 1991 and 2020 saw three major hurricanes, seven hurricanes and 14 tropical storms.

The hurricane season began on June 1 and ends on Nov. 30.

The Colorado State forecast also said there is a 68% chance at least one major hurricane will strike the U.S. coast. The average for the 20th century is 52%.

(Reporting by Erwin Seba; Editing by David Gregorio)

U.S. government forecasts above-normal 2021 Atlantic hurricane season

By Erwin Seba

HOUSTON (Reuters) -The U.S. government on Thursday forecast an above-normal 2021 Atlantic hurricane season, which is already off to an early start with a storm expected to form off Bermuda this week.

The U.S. National Oceanic and Atmospheric Administration (NOAA) forecast between three and five major hurricanes, with sustained winds of at least 111 miles per hour (178 kph), will form in 2021.

Between six and 10 hurricanes with winds of at least 74 mph (119 kph) are expected out of 13-20 tropical storms in 2021, NOAA forecasters said. Tropical storms have winds of at least 39 mph (63 kph).

The average for tropical cyclones in the Atlantic between 1991 and 2020 is three major hurricanes, seven hurricanes and 14 tropical storms. The average increased after NOAA shifted the 30-year period used to set the averages earlier this year.

The 2020 hurricane season was the most active on record and produced 30 named tropical storms.

Matthew Rosencrans, head of forecasting for the U.S. National Weather Service, said climate change affects storm intensity.

“Climate change has not been linked to the frequency of storms but is has been linked to the intensity of storms,” Rosencrans said.

Academic and commercial meteorologists have also predicted an above-average season for 2021, but not as busy as 2020 because of an end to the La Nina system that promotes storm formation.

Although the hurricane season officially begins on June 1 and continues through Nov. 30, tropical storms in May are not unusual.

“In recent years, we’ve had quite a few storms form prior to June 1,” said Philip Klotzbach, who leads Atlantic hurricane season forecasting at Colorado State University. “Since 2015, we’ve had at least one named storm form prior to June 1 each year.”

There have been 19 named storms in May since 1950, Klotzbach said.

(Reporting by Erwin Seba, additional reporting by Liz Hampton in Denver; Editing by Chizu Nomiyama, Marguerita Choy and Andrew Heavens)

Storms that slammed Central America in 2020 just a preview

By Sarah Marsh and Sofia Menchu

HAVANA/GUATEMALA CITY (Reuters) – Villagers in Guatemala’s Mayan hillside hamlet Sanimtaca had been about to harvest their cardamom crops that take three years to grow when waves of floodwater triggered by two tropical storms last month washed them away.

Now they have no way to support themselves or to build back the 25 homes – a third of the village – also destroyed in the flash floods that have yet to subside, said Raul Quib, a volunteer from a neighboring community.

“No one had ever seen flooding like it around here,” the 35-year-old who has been collecting food and clothing donations told Reuters. “The school is flooded, the cemetery is flooded.”

This week brought an official close to the most active Atlantic hurricane season ever recorded, with 30 named storms including 13 hurricanes.

And thanks to climate change, experts warn, Central America will have to brace for stronger storm impacts in the future – as well as higher economic damages, unless they prepare.

The region, which already has some of the highest poverty rates in Latin America, was particularly hard hit by hurricanes this year.

Two of the year’s strongest storms, Eta and Iota, ravaged swathes of Panama, Costa Rica, Honduras, Nicaragua, El Salvador, Guatemala and Belize in unusually quick succession in November.

Altogether, more than 200 people were killed and more than half a million displaced. Hundreds of thousands are now unsure where their next meals will come from.

In Sanimtaca, villagers were able to flee to higher ground in time to escape the flooding. But elsewhere in the mountainous central Guatemalan region of Alta Verapaz, storm-triggered landslides buried dozens of houses with people inside.

Hurricane Eta alone caused up to $5.5 billion in damage in Central America, the Inter-American Development Bank said, while the impact of Iota has not yet been determined.

So far, only Nicaragua has provided official estimates of damage of both storms, putting it at more than $740 million, around 6.2% of gross domestic product.

“If we don’t manage to contain global warming to 2 degrees Celsius, we can expect an intensification of such natural disasters in the region with increasing costs,” said Luis Miguel Galindo, climate change expert and economics professor at Mexico’s UNAM university.

Currently, the world is on track to surpass 2°C of warming above pre-industrial temperatures.

If temperatures rise 2.5 °C by mid-century, the main costs of climate change could tally 1.5% to 5% of the annual GDP of Latin America and the Caribbean, according to a 2017 United Nations report that Galindo co-authored. It put the cost of adapting below 0.5% of GDP.

SLOWER STORMS, LONGER SEASON

Climate change overall is changing how hurricanes behave, scientists say, by warming up the ocean water through which they draw their power. Winds are blowing stronger. Storms are dropping heavier rains.

“We have more energy embedded in the oceans, and 90% from climate change,” said Belizean meteorologist Carlos Fuller, the lead climate change negotiator for the Alliance of Small Island States.

And hurricanes are sometimes moving more slowly, stalling for longer on land or traveling farther before breaking up, recent research has shown.

That can mean even more rainfall, wind and destruction for communities in a storm’s path. In 2017, Hurricane Harvey turned Houston’s highways into tidal rivers after stalling for four days near or over the Texas coast. Scientists say Eta and Sally behaved this way, too, hence the unusual flooding in Sanimtaca.

“The evidence is building that there is a human fingerprint on this behavior,” said Jim Kossin, climate scientist with the National Oceanic and Atmospheric Administration (NOAA). In a study published in June 2018 in the journal Nature, Kossin found that hurricane speeds had decreased worldwide by about 10% between 1949 and 2016.

This year’s storm count included six major hurricanes, twice the long-term average, said meteorologist Philip Klotzbach, who researches hurricanes at Colorado State University.

The year also saw nine storms that rapidly intensified, he said. Iota for example spun from a 70 mile-per-hour (113 km-per-hour) tropical storm to a 160-mph (257-kph) Category 5 hurricane in 36 hours. The only other years that saw so many such storms were 1995 and 2010.

That can be “a problem from the warning, preparation perspective,” Klotzbach said. “It is hard to prepare if it’s a tropical storm, and then a day later a Category 4 hurricane.”

More storms could also hit outside of the traditional hurricane season going forwards as ocean waters get warmer sooner, said Susan Lozier, an oceanographer and dean at the Georgia Institute of Technology’s College of Sciences. This year, a record-tying two tropical storms were swirling over the Atlantic in May, before the season’s June 1 start.

But it is still unclear if climate change is influencing the number of storms per year and played a role in the record 30 named storms in the Atlantic Ocean this season given natural variability. The number of hurricanes and major hurricanes for the Northern Hemisphere was near average due to a quieter Pacific.

BOLSTERING RESILIENCE

Communities devastated by a hurricane need to find ways to reduce the risk of damages should another hurricane hit, said World Bank regional sustainable development expert Anna Wellenstein.

Natural hazards “become disasters when we build in the wrong place or in the wrong way,” she said. “Countries need more than a few years to really increase their resilience. This is an effort of decades.”

Moving populations away from coastlines vulnerable to floods and storm surges or hillsides that see landslides could help prevent deaths, some experts suggest. Storm predictions and warning systems could be improved. And vulnerable crops can be swapped out for hardier species.

“Rice can survive (rain) water because it grows in water,” said Fuller, the meteorologist in Belize. “So maybe we need to shift to that sort of grain instead of maize for example which will fall.”

A dollar invested in more resilient infrastructure brings four dollars in economic benefits, said Wellenstein.

But many Central American and Caribbean countries, already confronted with poverty and debt, have struggled to prioritize this among so many other pressing needs.

“They don’t have the resources,” said Galindo. “And the pandemic is further reducing revenue and increasing expenses.”

Guatemala’s President Alejandro Giammattei said last month Central America had been the worst affected region in the world by climate change and it would need help from them to stave off mass migration.

Quib, who volunteered to help Sanimtaca, said he expected most of the youth of the village to emigrate to Canada where they could lead a better life.

“If they were already doing it before this happened, they will do so even more now,” he said.

(Reporting by Sarah Marsh in Havana and Sofia Menchu in Guatemala City; Additional Reporting by Laura Gottesdiener in Monterrey, Mexico; Editing by Katy Daigle and Lisa Shumaker)

U.S. forecasters expect above-normal 2020 Atlantic hurricane season: NOAA

By Erwin Seba

HOUSTON (Reuters) – U.S. forecasters expect an above-normal 13-19 named storms during the 2020 Atlantic hurricane season, the National Oceanic and Atmospheric Administration’s (NOAA) Climate Prediction Center said on Thursday.

NOAA forecasters estimate three to six major hurricanes packing winds of at least 111 miles per hour (179 km/h) may form. The last two years have seen an above-average number of named storms with 18 last year and 15 in 2018.

Gerry Bell, lead forecaster with the Climate Prediction Center, said the Atlantic is in a warm cycle of a multi-decadal pattern that has dominated the ocean’s weather since 1995.

“We’re predicting this to be an above-normal season, possibly very active,” Bell said.

NOAA’s seasonal outlook is consistent with recent academic and private forecasts. Above-average ocean surface temperatures in the Atlantic and Gulf of Mexico and an absence of high-level El Nino winds that break up storms portend a more active season, researchers have said

About half of this year’s named storms may reach hurricane strength, with winds of at least 74 mph. The season formally begins June 1 and ends Nov. 30.

The 2020 season started early with Tropical Storm Arthur, bringing heavy rains to the southeastern U.S. coast this week before dissipating on Tuesday. No storms are currently brewing.

Carlos Castillo, acting deputy administrator at the Federal Emergency Management Agency, said the COVID-19 pandemic would affect disaster plans.

“Social distancing and other CDC guidance to keep you safe from COVID-19 may impact the disaster preparedness plan you had in place, including what is in your go-kit, evacuation routes, shelters and more,” Castillo said.

Eighteen tropical storms developed in 2019 including six hurricanes, three of which were major. The average hurricane season produces 12 named storms and six hurricanes, three of which are major.

(Reporting by Erwin Seba, Editing by Tom Brown and Richard Pullin)

Alaska’s hottest month portends transformation into ‘unfrozen state’

Smoke shrouds Summit Lake with a thick blanket of smoke from the Swan Lake Fire on Kenai Peninsula, Alaska, U.S., July 5, 2019. REUTERS/Yereth Rosen

By Yereth Rosen

ANCHORAGE, Alaska (Reuters) – July 2019 now stands as Alaska’s hottest month on record, the latest benchmark in a long-term warming trend with ominous repercussions ranging from rapidly vanishing summer sea ice and melting glaciers to raging wildfires and deadly chaos for marine life.

July’s statewide average temperature rose to 58.1 degrees Fahrenheit (14.5 degrees Celsius), a level that for denizens of the Lower 48 states might seem cool enough but is actually 5.4 degrees above normal and nearly a full degree higher than Alaska’s previous record-hot month.

The new high was officially declared by the National Oceanic and Atmospheric Administration (NOAA) in its monthly climate report, released on Wednesday.

More significantly, July was the 12th consecutive month in which average temperatures were above normal nearly every day, said Brian Brettschneider, a scientist with the Alaska Center for Climate Assessment and Policy (ACCAP) at the University of Alaska Fairbanks.

Of Alaska’s 10 warmest months on record, seven have now occurred since 2004.

“You can always have a random kind of warm month, season or even year,” Brettschneider said. “But when it happens year after year after year after year after year, then statistically it fails the test of randomness and it then becomes a trend.”

Alaska, like other parts of the far north, is warming at least twice as fast as the planet as a whole, research shows. And over the past 12 months, Brettschneder said, that warming has crossed a threshold – shifting Alaska from an environment with average temperatures below freezing to above freezing.

It used to be that Alaska was generally a frozen state, he said, adding, “Now we’re an unfrozen state.”

Runoff from accelerated melting of glaciers and high-altitude snowfields sent some rivers to near or above flood stage in early July, despite a drought gripping much of the state, including the world’s largest temperate rain forest in southeastern Alaska.

Sea ice, which has been running at record or near-record lows since spring across the Arctic, completely vanished from waters off Alaska by the start of August. The nearest stretch of ice this summer, said ACCAP climate scientist Rick Thoman, lies about 150 miles (240 km) north of Kaktovik, a village above the Arctic Circle on the northeastern edge of Alaska.

A sign reading "Sorry we are all out of ice" is posted on the door of a gas station in Anchorage, Alaska, U.S., July 7, 2019. REUTERS/Yereth Rosen

A sign reading “Sorry we are all out of ice” is posted on the door of a gas station in Anchorage, Alaska, U.S., July 7, 2019. REUTERS/Yereth Rosen

NO ICE FOR WALRUSES

The effect on Pacific walruses is particularly acute.

Walruses normally perch on floating ice to rest while diving for food and to take care of their newborn calves. Now, with no ice in sight, the walruses have crowded onto the Chukchi Sea shoreline earlier in the year than at any time on record, according to the U.S. Fish and Wildlife Service.

Thousands of walruses – almost all adult females and their young calves – congregated by July 25 on a Chukchi Sea beach near the Inupiat village of Point Lay. Walruses have been coming ashore there almost every year since 2007, then a record-low Arctic ice year, but they have rarely been forced ashore before autumn.

Beach crowding can be dangerous for the large, tusked creatures. If they are spooked by noise or the appearance of a predator, they might stampede into the water, trampling younger and smaller animals to death.

They are not the only marine mammals suffering through the hot Alaska summer.

Thirty-two dead gray whales have been found in Alaska waters this year, six of them in the Bering Strait region or the Chukchi Sea off northwestern Alaska, said Julie Speegle, a NOAA spokeswoman in Juneau. As of mid-July, 137 dead seals had been found on Bering Strait-area beaches, Speegle said.

Seabird carcasses are littering beaches in what has shaped up as the fifth consecutive year of large bird die-offs in Alaska.

High numbers of salmon, apparently overcome by the heat before getting the chance to spawn, have been found floating dead in rivers and streams around western Alaska.

The warming trend has been uncomfortable for humans as well.

Fueled in part by the heat, wildfires across the state have burned more than 2.4 million acres (970,000 hectares) as of early August, spewing smoke and soot that has fouled the air quality of several cities and regions. The smoke pollution poses an unusual quandary for sweltering Alaskans, most of whom live without air conditioning.

“When it’s hot and smoky, Alaska doesn’t have a good way to cope with that,” said Thoman, the ACCP climate scientist whose hometown of Fairbanks was particularly hard hit by wildfire smoke. “Open your windows and you get smoked up. Keep your windows closed and you get hot.”

In Anchorage, where temperatures reached a record daytime high of 90 degrees Fahrenheit (32.2 degrees Celsius) last month, Brettschneider had a similar take.

“I tell people we’re not built for heat. Our houses are built to store heat,” he said.

(Reporting by Yereth Rosen in Anchorage; Editing by Bill Tarrant, Steve Gorman and Cynthia Osterman)